Does this skill support Active Inference?

Yes, it maps Active Inference principles to the actor model, where 'become' (bcom) updates internal beliefs and 'vats' serve as Markov blankets for perceptual boundaries.

What are 'ocaps' in this context?

Object-capabilities (ocaps) are a security model where access to resources is managed via unforgeable references, ensuring fine-grained, least-privilege security for distributed actors.

How does Hoot contribute to this skill?

Hoot is a Scheme-to-WebAssembly compiler that enables Goblins actors to run in non-native environments like web browsers while maintaining Scheme's expressive power.

What is the primary benefit of using Guile Goblins Hoot?

It allows you to build secure, distributed systems in Guile Scheme that are highly portable to any environment supporting WebAssembly, from browsers to servers.

Guile Goblins Hoot

Name: Guile Goblins Hoot
Author: plurigrid

byplurigrid

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Developer Tools

Implements secure capability-based distributed actor systems by compiling Guile Scheme to WebAssembly via Hoot.

About

This skill enables the development of highly secure, portable, and distributed cognitive agents using the Spritely Goblins actor model and the Hoot Scheme-to-WASM compiler. By leveraging object-capability (ocap) security and bidirectional promise pipelining, it facilitates the creation of topological systems that run seamlessly across browsers, servers, and embedded environments. It is specifically designed for developers building decentralized applications, active inference models, and cross-platform distributed systems where secure, verifiable communication and portable agent logic are paramount.

Key Features

2 GitHub stars
Compiles Guile Scheme actors directly to WebAssembly using the Hoot compiler
Supports distributed vat models with high-performance promise pipelining
Implements secure object-capability (ocap) patterns for actor communication
Facilitates Active Inference modeling through actor-based state transitions
Enables portable cognitive agents across browser, server, and blockchain

Use Cases

Deploying complex Scheme business logic to WASM-based edge environments
Developing verifiable distributed agents based on Active Inference principles
Building decentralized peer-to-peer applications with secure messaging

About

Key Features

2 GitHub stars
Compiles Guile Scheme actors directly to WebAssembly using the Hoot compiler
Supports distributed vat models with high-performance promise pipelining
Implements secure object-capability (ocap) patterns for actor communication
Facilitates Active Inference modeling through actor-based state transitions
Enables portable cognitive agents across browser, server, and blockchain

Use Cases

Deploying complex Scheme business logic to WASM-based edge environments
Developing verifiable distributed agents based on Active Inference principles
Building decentralized peer-to-peer applications with secure messaging